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Material and reduction review
Match slug, lubrication and reduction sequence to the material and geometry.
Material reductions reviewed
Cold Forging Services
Near-net-shape cold-forged components for fasteners, pins, shafts and precision hardware. JINGLE reviews material condition, die sequence, tooling life and secondary operations before production.
- Near-Net-Shape Forming
- High Repeatability
- Reduced Material Waste
Trusted by Customers Across Industries
Cold-formed components for automotive, industrial equipment, automation, hardware and custom OEM programs.
Cold Forging Capabilities
A quick view of the information buyers need before sending a cold forging RFQ. Final values are confirmed against material, reduction ratio, die sequence and production volume.
| Parameter | Capability details |
|---|---|
| Forging Process | Cold heading, upset forging, extrusion or project-specific cold forming |
| Part Envelope | To be confirmed - reserve press, header and die envelope |
| Typical Tolerance | To be confirmed - quote-specific formed and machined range |
| Material Diameter | To be confirmed - wire, bar and slug range by alloy |
| Materials | Carbon steel, alloy steel, stainless steel, aluminum, copper and brass |
| Secondary Operations | Thread rolling, trimming, drilling, machining, heat treatment and plating |
| Production Volume | Prototype tooling, low-volume and batch production |
| Accepted Drawing Formats | STEP, IGES, Parasolid, SolidWorks, PDF drawing and DXF |
Form More. Waste Less. Repeat the Feature.
02
Die sequence planning
Separate upsetting, extrusion and piercing steps for stable tooling and part flow.
Forming stages coordinated
03
Downstream readiness
Coordinate trimming, rolling, heat treatment and machining around the finished requirement.
Secondary operations planned
See the Work Behind the Capability
Real cold forging equipment
Cold heading and forming equipment with tooling and wire feed systems.
Actual cold forming in process
Protected die stations forming near-net-shape metal components.
Real finishing and inspection environment
Formed parts organized for thread rolling, secondary operations and gauging.
Parts We Commonly Forge
Fasteners and Studs
Formed fastener blanks prepared for threading and finishing.
Pins and Rivets
Upset and extruded features with controlled shank geometry.
Small Shafts
Stepped shaft profiles with specified fits and secondary machining.
Bushings and Sleeves
Formed cylindrical components with defined bore and outside features.
Automotive Hardware
Repeat-production hardware reviewed for material and assembly requirements.
Custom Cold-Formed Parts
Custom profiles developed around reduction sequence and tooling feasibility.
Materials We Forge
Carbon Steel
load-bearing fasteners
Alloy Steel
wear-resistant pins
Stainless Steel
corrosion-resistant hardware
Aluminum
lightweight formed parts
Copper & Brass
conductive fittings
Quality Evidence at Every Handoff
- 01
Incoming Wire, Bar and Slug Review
Review starting stock, material condition and required traceability records.
- 02
First-Off Die and Feature Checks
Check first-off formed features and die setup before the production run.
- 03
Thread, Form and Hardness Inspection
Verify specified threads, formed geometry and hardness after the relevant operations.
- 04
Final Dimensional Inspection
Confirm finished dimensions and agreed release documentation.
Documents available
- CMM Report
- FAI
- Material Certificate
- Hardness Report
- Process Record
- CoC
- PPAP Upon Request
Prototype to Production
01
Prototype Parts
Validate die sequence, material flow and critical fits before production tooling.
02
Low-Volume Production
Support launch quantities with bridge tooling and documented checks.
03
Batch Production
Repeat the approved tooling and process for stable output.
Engineering Support You Can Use
01
Cold-Forming DFM Review Before Tooling
Assess material condition, reductions and critical geometry before tooling design.
02
Die Sequence and Material Utilization Planning
Plan upsetting and extrusion stages around material use and tooling requirements.
03
Flexible Prototype & Batch Production
Review prototype or bridge tooling before release of recurring production.
04
Controlled Thread, Form and Hardness Inspection
Check threads, formed features and specified hardness at the appropriate stages.
05
Material & Process Documentation
Confirm material records and process checkpoints with the RFQ.
06
Responsive RFQ Support
Review the drawing, starting diameter, quantity and downstream requirements before quoting.
Cold Forging FAQ
What parts are best suited to cold forging?
Fasteners, pins, small shafts, bushings and similar near-net-shape hardware are candidates for cold forging. Material formability, reduction sequence, geometry and production volume determine suitability.
What materials and diameters can you cold form?
Carbon steel, alloy steel, stainless steel, aluminum, copper and brass can be reviewed. Wire, bar or slug diameter limits are confirmed against the grade, part geometry and tooling route.
Can you support prototypes before production tooling?
Prototype or bridge tooling can be evaluated to check material flow, critical fits and the forming sequence. Share the drawing and quantity so the validation route can be agreed before production tooling.
Can you combine cold forging with thread rolling or machining?
Thread rolling, trimming, drilling, machining, heat treatment and plating can be coordinated after forming. Include finished features and surface requirements so the complete process sequence can be reviewed.
Can you provide hardness and first-article reports?
Hardness and first-article reports can be supplied when agreed in the project scope. Specify the required features, acceptance criteria and reporting format with the RFQ.
What information is needed to quote a cold-forged part?
Send the drawing or model, material grade, wire or bar size, quantity and critical features. Include secondary operations, treatment, finish and inspection requirements for a complete route review.
Have a Cold-Formed Part to Develop?
Send the model or drawing with material, starting diameter, quantity and downstream requirements. We will review the forming route and tooling path before quoting.
- 3D Model
- Technical Drawing
- Material Grade
- Starting Diameter
- Quantity
- Secondary Operations
- Inspection Requirements
Related forging processes